Best-in-class sensors
WingtraRAY sensors
RGB
WingtraRAY integrates high-end compact sensors from Sony. They allow you to capture the sharp images and fine details that are required for the most demanding aerial mapping applications.
WingtraRAY integrates high-end compact sensors from Sony. They allow you to capture the sharp images and fine details that are required for the most demanding aerial mapping applications.
Available in 2026
Available in 2026
Available in 2026
Available in 2026
LIDAR
Wingtra LIDAR combines efficiency, ease of use, and reliability to create exceptional digital terrain models, revealing terrain beneath vegetation.
Wingtra LIDAR combines efficiency, ease of use, and reliability to create exceptional digital terrain models, revealing terrain beneath vegetation.
1 at 45 m AGL (single pass, single return)
2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in WingtraCLOUD. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.
3 Without PRS (Parachute Recovery System)
1 at 150 ft AGL (single pass, single return)
2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in WingtraCLOUD. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.
3 Without PRS (Parachute Recovery System)
Multispectral
Available December 2025
1 at 120 m AGL
2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in WingtraCLOUD. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.
3 side overlap 70%
Available December 2025
1 at 400 ft AGL
2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in WingtraCLOUD. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.
3 side overlap 70%
WingtraRAY sensors availability
- MAP 61: Available now
- LIDAR: Available now
- INSPECT: Available now
- RedEdge-P: Available now
- SURVEY24: Early 2026
- SURVEY61: Early 2026
WingtraOne GEN II to WingtraRAY upgrade mounts
- Upgrade mount MAP 61: Available now
- Upgrade mount LIDAR: Available now
- Upgrade mount RX1 II: Available now
- Upgrade mount RedEdge-P: Available now
WingtraOne sensors
RGB
WingtraOne integrates high-end compact sensors from Sony. They allow you to capture the sharp images and fine details that are required for the most demanding aerial mapping applications.
 RGB61 Highest resolution and accuracy |  MAP61 Most efficient plus highest-res 3D |  Sony a6100 Most affordable | |
|---|---|---|---|
| Sensor | 61 MP Full-frame sensor | 61 MP Full-frame sensor | 24 MP APS-C sensor |
| GSD down to | 0.7 cm/px | 1.2 cm/px | 1.2 cm/px |
| Absolute accuracy (RMS x, y, z) with PPK | 3 cm (a) | 3 cm (a) | 3 cm (a) |
| Maximum coverage at 120 m | Up to 310 ha at 1.9 cm GSD | Up to 460 ha at 2.7 cm GSD | Up to 240 ha at 2.4 cm GSD |
| | |||
 RGB61 Highest resolution and accuracy |  MAP61 Most efficient plus highest-res 3D |  Sony a6100 Most affordable | |
|---|---|---|---|
| Sensor | 61 MP Full-frame sensor | 61 MP Full-frame sensor | 24 MP Sensor APS-C |
| GSD down to | 0.28 in/px | 0.47 in/px | 0.47 in/px |
| Absolute accuracy (RMS x, y, z) with PPK | 0.1 ft (a) | 0.1 ft (a) | 0.1 ft (a) |
| Maximum coverage at 400 feet | Up to 760 ac at 0.74 in GSD | Up to 1140 ac at 1.06 in GSD | Up to 600 ac at 0.9 in GSD |
| | |||
RGB oblique
Optimized to map vertical structures, the oblique sensors allow you to generate high-resolution 3D meshes with centimeter-level absolute accuracy.
Optimized to map vertical structures, the oblique sensors allow you to generate high-resolution 3D meshes with centimeter-level absolute accuracy.
 MAP61 Most efficient plus highest-res 3D |  Oblique Sony a6100 3D mapping camera | ||
|---|---|---|---|
| Sensor | 61 MP Full frame | 24 MP APS-C sensor | |
| GSD down to | 1.2 cm/px | 1.6 cm/px | |
| Absolute accuracy (RMS x, y, z) with PPK | 3 cm (a) | 3 cm (a) | |
| Maximum coverage at 120 m | Up to 460 ha at 2.7 cm/px GSD | Up to 240 ha at 2.4 cm/px GSD | |
| | |||
 MAP61 Most efficient plus highest-res 3D |  Oblique Sony a6100 3D mapping camera | ||
|---|---|---|---|
| Sensor | 61 MP Full frame | 24 MP APS-C sensor | |
| GSD down to | 0.47 in/px | 0.63 in/px | |
| Absolute accuracy (RMS x, y, z) with PPK | 0.1 ft (a) | 0.1 ft (a) | |
| Maximum coverage at 400 ft | Up to 1140 ac at 1.06 in/px GSD | Up to 600 ac at 0.9 in/px GSD | |
| | |||
| | |||
(a) This level of accuracy is achievable under optimal conditions, on hard surfaces, using a well-established base station or data from CORS network. A minimum of three ground points should be used as checkpoints to verify and prove the accuracy of the project. This level of accuracy can be achieved with WingtraOne GEN II only and its built-in GNSS PPK module.
LIDAR
Wingtra LIDAR combines efficiency, ease of use, and reliability to create exceptional digital terrain models, revealing terrain beneath vegetation.
 LIDAR Easy-to-use | |
|---|---|
| | |
| Maximum coverage at 90 m | 360 ha (a) |
| Absolute accuracy (RMS x, y, z) with PPK | 3 cm (b) |
| Effective point density up to | 270 pts/m2 (b) |
| (a) 30% overlap (b) At 90 m AGL and 30% side overlap, three returns | |
| | |
 LIDAR Easy-to-use | |
|---|---|
| | |
| Maximum coverage at 300 ft | 890 ac (a) |
| Absolute accuracy (RMS x, y, z) with PPK | 0.1 ft (a) |
| Effective point density up to | 27 pts/ft2 (b) |
| (a) 30% overlap (b) At 300 ft AGL and 30% side overlap, three returns | |
| | |
Multispectral
 MicaSense RedEdge-P High-resolution multispectral and panchromatic sensor | |||
|---|---|---|---|
| Multispectral sensor | 5 bands Blue, green, red, red edge, near-infrared (NIR) | ||
| Panchromatic sensor | Panchromatic band 5.5 mm lens | ||
| GSD down to | 2 cm/px | ||
| Absolute accuracy (RMS x, y, z) with PPK | 6 cm (a) | ||
| Maximum coverage at 120 m | Up to 160 ha at 4 cm/px GSD | ||
| | |||
 MicaSense RedEdge-P High-resolution multispectral and panchromatic sensor | |||
|---|---|---|---|
| Multispectral sensor | 5 bands Blue, green, red, red edge, near-infrared (NIR) | ||
| Panchromatic sensor | Panchromatic band 5.5 mm lens | ||
| GSD down to | 0.8 in/px | ||
| Absolute accuracy (RMS x, y, z) with PPK | 0.2 ft (a) | ||
| Maximum coverage at 400 ft | Up to 395 ac at 1.5 in/px GSD | ||
| | |||
(a) This level of accuracy is achievable under optimal conditions, on hard surfaces, using a well-established base station or data from CORS network. A minimum of three ground points should be used as checkpoints to verify and prove the accuracy of the project. This level of accuracy can be achieved with WingtraOne GEN II only and its built-in GNSS PPK module.
High quality, swappable and durable
Unwavering aerial image quality
Keep a lean fleet
Effortlessly switch between sensors, including high-resolution RGB cameras, multispectral sensors and advanced LIDAR, on the same drone platform.
Protected from landing shock
- Answer any questions about the Wingtra solution
- Talk about your business and operational needs
- Advise you about drone use
- Provide you with a quote
